public MongoPersistenceWireup(Wireup inner, string connectionName, IDocumentSerializer serializer)
: base(inner)
{
this.Container.Register(c => new MongoPersistenceFactory(
connectionName,
serializer).Build());
}
public static Snapshot ToSnapshot(this BsonDocument doc, IDocumentSerializer serializer)
{
if (doc == null)
return null;
var id = doc["_id"].AsBsonDocument;
var streamId = id["StreamId"].AsGuid;
var streamRevision = id["StreamRevision"].AsInt32;
var bsonPayload = doc["Payload"];
object payload;
switch (bsonPayload.BsonType)
{
case BsonType.Binary:
payload = serializer.Deserialize<object>(bsonPayload.AsByteArray);
break;
case BsonType.Document:
payload = BsonSerializer.Deserialize<object>(bsonPayload.AsBsonDocument);
break;
default:
payload = bsonPayload.RawValue;
break;
}
return new Snapshot(
streamId,
streamRevision,
payload);
}
public static BsonDocument ToMongoSnapshot(this Snapshot snapshot, IDocumentSerializer serializer)
{
return new BsonDocument
{
{ "_id", new BsonDocument { { "StreamId", snapshot.StreamId }, { "StreamRevision", snapshot.StreamRevision } } },
{ "Payload", BsonDocumentWrapper.Create(serializer.Serialize(snapshot.Payload)) }
};
}
public static Snapshot ToSnapshot(this RavenSnapshot snapshot, IDocumentSerializer serializer)
{
if (snapshot == null)
return null;
return new Snapshot(snapshot.BucketId, snapshot.StreamId, snapshot.StreamRevision,
serializer.Deserialize<object>(snapshot.Payload));
}
public static RavenSnapshot ToRavenSnapshot(this Snapshot snapshot, IDocumentSerializer serializer)
{
return new RavenSnapshot
{
StreamId = snapshot.StreamId,
StreamRevision = snapshot.StreamRevision,
Payload = serializer.Serialize(snapshot.Payload)
};
}
public static Commit ToCommit(this RavenCommit commit, IDocumentSerializer serializer)
{
return new Commit(commit.StreamId,
commit.StreamRevision,
commit.CommitId,
commit.CommitSequence,
commit.CommitStamp,
commit.Headers,
serializer.Deserialize<List<EventMessage>>(commit.Payload));
}
public static RavenSnapshot ToRavenSnapshot(this Snapshot snapshot, string partition, IDocumentSerializer serializer)
{
return new RavenSnapshot
{
Id = ToRavenSnapshotId(snapshot, partition),
Partition = partition,
StreamId = snapshot.StreamId,
StreamRevision = snapshot.StreamRevision,
Payload = serializer.Serialize(snapshot.Payload)
};
}
public static PersistenceWireup UsingMongoPersistence(this Wireup wireup, string connectionName, IDocumentSerializer serializer, MongoPersistenceOptions options = null)
{
return new MongoPersistenceWireup(wireup, () =>
{
var connectionStringSettings = ConfigurationManager.ConnectionStrings[connectionName];
if( connectionStringSettings == null)
throw new ConfigurationErrorsException(Messages.ConnectionNotFound.FormatWith(connectionName));
return connectionStringSettings.ConnectionString;
}, serializer, options);
}
public RavenPersistenceFactory(
string connectionName,
IDocumentSerializer serializer,
TransactionScopeOption scopeOption,
bool consistentQueries)
{
this.ConnectionStringName = connectionName;
this.serializer = serializer;
this.scopeOption = scopeOption;
this.consistentQueries = consistentQueries;
}
public MongoPersistenceWireup(Wireup inner, string connectionName, IDocumentSerializer serializer) : base(inner)
{
Logger.Debug("Configuring Mongo persistence engine.");
var options = Container.Resolve<TransactionScopeOption>();
if (options != TransactionScopeOption.Suppress)
{
Logger.Warn("MongoDB does not participate in transactions using TransactionScope.");
}
Container.Register(c => new MongoPersistenceFactory(connectionName, serializer).Build());
}
public RavenPersistenceWireup(
Wireup inner,
string connectionName,
IDocumentSerializer serializer,
bool consistentQueries)
: base(inner)
{
this.Container.Register(c => new RavenPersistenceFactory(
connectionName,
serializer,
this.Container.Resolve<TransactionScopeOption>(),
consistentQueries).Build());
}
public static BsonDocument ToMongoCommit(this Commit commit, IDocumentSerializer serializer)
{
var streamRevision = commit.StreamRevision - (commit.Events.Count - 1);
var events = commit.Events.Select(e => new BsonDocument { { "StreamRevision", streamRevision++ }, { "Payload", new BsonDocumentWrapper(typeof(EventMessage), serializer.Serialize(e)) } });
return new BsonDocument
{
{ "_id", new BsonDocument { { "StreamId", commit.StreamId }, { "CommitSequence", commit.CommitSequence } } },
{ "CommitId", commit.CommitId },
{ "CommitStamp", commit.CommitStamp },
{ "Headers", BsonDocumentWrapper.Create(commit.Headers) },
{ "Events", BsonArray.Create(events) },
{ "Dispatched", false }
};
}
public static ICommit ToCommit(this RavenCommit commit, IDocumentSerializer serializer)
{
return new Commit(
commit.BucketId,
commit.StreamId,
commit.StreamRevision,
commit.CommitId,
commit.CommitSequence,
commit.CommitStamp,
commit.CheckpointNumber.ToString(CultureInfo.InvariantCulture),
commit.Headers,
serializer.Deserialize<IList<EventMessage>>(commit.Payload)
);
}
public static RavenCommit ToRavenCommit(this Commit commit, IDocumentSerializer serializer)
{
return new RavenCommit
{
Id = ToRavenCommitId(commit),
StreamId = commit.StreamId,
CommitSequence = commit.CommitSequence,
StartingStreamRevision = commit.StreamRevision - (commit.Events.Count - 1),
StreamRevision = commit.StreamRevision,
CommitId = commit.CommitId,
CommitStamp = commit.CommitStamp,
Headers = commit.Headers,
Payload = serializer.Serialize(commit.Events)
};
}
public static RavenCommit ToRavenCommit(this CommitAttempt commit, IDocumentSerializer serializer)
{
return new RavenCommit
{
Id = ToRavenCommitId(commit),
BucketId = commit.BucketId,
StreamId = commit.StreamId,
CommitSequence = commit.CommitSequence,
StartingStreamRevision = commit.StreamRevision - (commit.Events.Count - 1),
StreamRevision = commit.StreamRevision,
CommitId = commit.CommitId,
CommitStamp = commit.CommitStamp,
Headers = commit.Headers.ToDictionary(kvp => kvp.Key, kvp => kvp.Value),
Payload = serializer.Serialize(commit.Events)
};
}
public static Commit ToCommit(this BsonDocument doc, IDocumentSerializer serializer)
{
if (doc == null)
return null;
var id = doc["_id"].AsBsonDocument;
var streamId = id["StreamId"].AsGuid;
var commitSequence = id["CommitSequence"].AsInt32;
var events = doc["Events"].AsBsonArray.Select(e => e.AsBsonDocument["Payload"].IsBsonDocument ? BsonSerializer.Deserialize<EventMessage>(e.AsBsonDocument["Payload"].AsBsonDocument) : serializer.Deserialize<EventMessage>(e.AsBsonDocument["Payload"].AsByteArray)).ToList();
var streamRevision = doc["Events"].AsBsonArray.Last().AsBsonDocument["StreamRevision"].AsInt32;
return new Commit(
streamId,
streamRevision,
doc["CommitId"].AsGuid,
commitSequence,
doc["CommitStamp"].AsDateTime,
BsonSerializer.Deserialize<Dictionary<string, object>>(doc["Headers"].AsBsonDocument),
events);
}
public MongoPersistenceFactoryFromConnectionString(string connectionString, IDocumentSerializer serializer)
: base(connectionString, serializer)
{
_connectionString = connectionString;
}
public FormatConverter(InputParser inputParser, IDocumentSerializer documentSerializer)
{
this.inputParser = inputParser;
this.documentSerializer = documentSerializer;
}
public static Wireup UsingMongoPersistence(
this Wireup wireup, string connectionName, IDocumentSerializer serializer)
{
wireup.With(new MongoPersistenceFactory(connectionName, serializer).Build());
return wireup;
}
public MongoPersistenceFactory(string connectionName, IDocumentSerializer serializer)
{
this.connectionName = connectionName;
this.serializer = serializer;
}
public ResourceVariableProvider(ISender sender, IDocumentSerializer documentSerializer, ILogger logger) : base(sender, documentSerializer, "resources", logger)
{
}
/// <summary>
/// Creates a new instance of the HttpTransportListener class.
/// </summary>
/// <param name="port">The port for listening.</param>
/// <param name="hostName">Name of the host for binding.</param>
/// <param name="useHttps">if set to <c>true</c> the listener endpoint will use HTTPS.</param>
/// <param name="requestTimeout">The request timeout.</param>
/// <param name="writeExceptionsToOutput">if set to <c>true</c> the exceptions details will be written in the response body.</param>
/// <param name="httpServer">The HTTP server instance.</param>
/// <param name="httpTransportProvider">The HTTP transport provider instance.</param>
/// <param name="serializer">The serializer instance.</param>
/// <param name="messageStorage">The message storage instance.</param>
/// <param name="notificationStorage">The notification storage instance.</param>
/// <param name="processors">The processors.</param>
/// <param name="traceWriter">The trace writer.</param>
public HttpTransportListener(int port, string hostName = "*", bool useHttps = false, TimeSpan requestTimeout = default(TimeSpan), TimeSpan transportExpirationInactivityInterval = default(TimeSpan), bool writeExceptionsToOutput = true,
int maxDegreeOfParallelism = 1, IHttpServer httpServer = null, IHttpTransportProvider httpTransportProvider = null, IDocumentSerializer serializer = null, IEnvelopeStorage <Message> messageStorage = null,
IEnvelopeStorage <Notification> notificationStorage = null, IHttpProcessor[] processors = null, ITraceWriter traceWriter = null)
{
_useHttps = useHttps;
var scheme = _useHttps ? Uri.UriSchemeHttps : Uri.UriSchemeHttp;
_writeExceptionsToOutput = writeExceptionsToOutput;
_maxDegreeOfParallelism = maxDegreeOfParallelism;
_requestTimeout = requestTimeout != default(TimeSpan) ? requestTimeout : TimeSpan.FromSeconds(Constants.DEFAULT_REQUEST_TIMEOUT);
var basePath = string.Format("{0}://{1}:{2}", scheme, hostName, port);
var prefixes = new string[]
{
Constants.ROOT + Constants.MESSAGES_PATH + Constants.ROOT,
Constants.ROOT + Constants.COMMANDS_PATH + Constants.ROOT,
Constants.ROOT + Constants.NOTIFICATIONS_PATH + Constants.ROOT
};
var fullPrefixes = prefixes.Select(p => basePath + p).ToArray();
var safeHostName = hostName;
if (hostName.Equals("*") || hostName.Equals("+"))
{
safeHostName = "localhost";
}
var baseUri = new Uri(string.Format("{0}://{1}:{2}", scheme, safeHostName, port));
ListenerUris = prefixes
.Select(p => new Uri(baseUri, p))
.ToArray();
_httpServer = httpServer ?? new HttpServer(fullPrefixes, AuthenticationSchemes.Basic);
_serializer = serializer ?? new DocumentSerializer();
_messageStorage = messageStorage ?? new DictionaryEnvelopeStorage <Message>();
_notificationStorage = notificationStorage ?? new DictionaryEnvelopeStorage <Notification>();
_traceWriter = traceWriter;
transportExpirationInactivityInterval = transportExpirationInactivityInterval != default(TimeSpan) ? transportExpirationInactivityInterval : TimeSpan.FromSeconds(Constants.DEFAULT_TRANSPORT_EXPIRATION_INACTIVITY_INTERVAL);
_httpTransportProvider = httpTransportProvider ?? new HttpTransportProvider(_useHttps, _messageStorage, _notificationStorage, transportExpirationInactivityInterval);
_httpTransportProvider.TransportCreated += async(sender, e) => await _transportBufferBlock.SendAsync(e.Transport, _listenerCancellationTokenSource.Token).ConfigureAwait(false);
// Context processors
_uriTemplateTable = new UriTemplateTable(baseUri);
if (processors == null)
{
processors = CreateProcessors();
}
foreach (var processor in processors)
{
_uriTemplateTable.KeyValuePairs.Add(new KeyValuePair <UriTemplate, object>(processor.Template, processor));
}
_uriTemplateTable.MakeReadOnly(true);
}
public static PersistenceWireup UsingMongoPersistence(this Wireup wireup, Func<string> connectionStringProvider, IDocumentSerializer serializer, MongoPersistenceOptions options = null)
{
return new MongoPersistenceWireup(wireup, connectionStringProvider, serializer, options);
}
public static StorageDocument ToStorageDocument(this Document document, IDocumentSerializer documentSerializer) => new StorageDocument
{
Document = documentSerializer.Serialize(document),
Type = document.GetMediaType()
};
public static BsonDocument ToMongoCommit(this CommitAttempt commit, LongCheckpoint checkpoint, IDocumentSerializer serializer)
{
int streamRevision = commit.StreamRevision - (commit.Events.Count - 1);
int streamRevisionStart = streamRevision;
IEnumerable <BsonDocument> events = commit
.Events
.Select(e =>
new BsonDocument
{
{ MongoCommitFields.StreamRevision, streamRevision++ },
{ MongoCommitFields.Payload, new BsonDocumentWrapper(typeof(EventMessage), serializer.Serialize(e)) }
});
return(new BsonDocument
{
{ MongoCommitFields.CheckpointNumber, checkpoint.LongValue },
{ MongoCommitFields.CommitId, commit.CommitId },
{ MongoCommitFields.CommitStamp, commit.CommitStamp },
{ MongoCommitFields.Headers, BsonDocumentWrapper.Create(commit.Headers) },
{ MongoCommitFields.Events, new BsonArray(events) },
{ MongoCommitFields.Dispatched, false },
{ MongoCommitFields.StreamRevisionFrom, streamRevisionStart },
{ MongoCommitFields.StreamRevisionTo, streamRevision - 1 },
{ MongoCommitFields.BucketId, commit.BucketId },
{ MongoCommitFields.StreamId, commit.StreamId },
{ MongoCommitFields.CommitSequence, commit.CommitSequence }
});
}
public static BsonDocument ToMongoCommit(this CommitAttempt commit, Int64 checkpoint, IDocumentSerializer serializer)
{
int streamRevision = commit.StreamRevision - (commit.Events.Count - 1);
int streamRevisionStart = streamRevision;
IEnumerable <BsonDocument> events = commit
.Events
.Select(e =>
new BsonDocument
{
{ MongoCommitFields.StreamRevision, streamRevision++ },
{ MongoCommitFields.Payload, BsonDocumentWrapper.Create(typeof(EventMessage), serializer.Serialize(e)) }
});
var mc = new MongoCommit
{
CheckpointNumber = checkpoint,
CommitId = commit.CommitId,
CommitStamp = commit.CommitStamp,
Headers = commit.Headers,
Events = new BsonArray(events),
StreamRevisionFrom = streamRevisionStart,
StreamRevisionTo = streamRevision - 1,
BucketId = commit.BucketId,
StreamId = commit.StreamId,
CommitSequence = commit.CommitSequence
};
return(mc.ToBsonDocument());
}
public static BsonDocument ToMongoCommit_original(this CommitAttempt commit, Int64 checkpoint, IDocumentSerializer serializer)
{
int streamRevision = commit.StreamRevision - (commit.Events.Count - 1);
int streamRevisionStart = streamRevision;
IEnumerable <BsonDocument> events = commit
.Events
.Select(e =>
new BsonDocument
{
{ MongoCommitFields.StreamRevision, streamRevision++ },
{ MongoCommitFields.Payload, BsonDocumentWrapper.Create(typeof(EventMessage), serializer.Serialize(e)) }
});
//var dictionarySerialize = new DictionaryInterfaceImplementerSerializer<Dictionary<string, object>>(DictionaryRepresentation.ArrayOfArrays);
//var dicSer = BsonSerializer.LookupSerializer<Dictionary<string, object>>();
return(new BsonDocument
{
{ MongoCommitFields.CheckpointNumber, checkpoint },
{ MongoCommitFields.CommitId, commit.CommitId },
{ MongoCommitFields.CommitStamp, commit.CommitStamp },
{ MongoCommitFields.Headers, BsonDocumentWrapper.Create(commit.Headers) },
{ MongoCommitFields.Events, new BsonArray(events) },
{ MongoCommitFields.StreamRevisionFrom, streamRevisionStart },
{ MongoCommitFields.StreamRevisionTo, streamRevision - 1 },
{ MongoCommitFields.BucketId, commit.BucketId },
{ MongoCommitFields.StreamId, commit.StreamId },
{ MongoCommitFields.CommitSequence, commit.CommitSequence }
});
}
public DocumentCreator(IFilePathProvider filePathProvider, IFileHandler fileHandler, IDocumentSerializer documentSerializer)
{
FilePathProvider = filePathProvider;
FileHandler = fileHandler;
DocumentSerializer = documentSerializer;
}
public static BsonDocument ToMongoCommit(this CommitAttempt commit, Func <int> getNextCheckpointNumber, IDocumentSerializer serializer)
{
int streamRevision = commit.StreamRevision - (commit.Events.Count - 1);
IEnumerable <BsonDocument> events = commit
.Events
.Select(e =>
new BsonDocument
{
{ "StreamRevision", streamRevision++ },
{ "Payload", new BsonDocumentWrapper(typeof(EventMessage), serializer.Serialize(e)) }
});
return(new BsonDocument
{
{ MongoFields.Id, new BsonDocument
{
{ MongoFields.BucketId, commit.BucketId },
{ MongoFields.StreamId, commit.StreamId },
{ MongoFields.CommitSequence, commit.CommitSequence }
} },
{ MongoFields.CommitId, commit.CommitId },
{ MongoFields.CommitStamp, commit.CommitStamp },
{ MongoFields.CheckpointNumber, getNextCheckpointNumber() },
{ MongoFields.Headers, BsonDocumentWrapper.Create(commit.Headers) },
{ MongoFields.Events, new BsonArray(events) },
{ MongoFields.Dispatched, false }
});
}
public RedisDatabase(RedisConnection connection, IDocumentSerializer serializer, int databaseNumber)
{
Connection = connection;
Serializer = serializer;
Number = databaseNumber;
}
public MongoPersistenceWireupFromConnectionString(Wireup inner, string connectionString, IDocumentSerializer serializer)
: base(inner)
{
Logger.Debug("Configuring Mongo persistence engine.");
Container.Register(c => new MongoPersistenceFactoryFromConnectionString(connectionString, serializer).Build());
}
public void SetUp()
{
serializer = new JsonDocumentSerializer();
}
public static PersistenceWireup UsingRavenPersistence(
this Wireup wireup, string connectionName, IDocumentSerializer serializer, bool consistentQueries)
{
return new RavenPersistenceWireup(wireup, connectionName, serializer, consistentQueries);
}
protected internal DocumentPartition(CloudStorageAccount storageAccount, string tableName, string partitionKey, Func <T, string> rowKey, IDocumentSerializer serializer)
{
TableName = tableName ?? DocumentPartition.GetDefaultTableName <T>();
PartitionKey = partitionKey ?? TablePartition.GetDefaultPartitionKey <T>();
repository = new DocumentRepository <T>(storageAccount,
TableName,
_ => PartitionKey,
rowKey ?? RowKeyAttribute.CreateCompiledAccessor <T>(),
serializer);
}
public RavenPersistenceFactory(string connectionName, IDocumentSerializer serializer)
: this(connectionName, serializer, false)
{
}
public static RavenSnapshot ToRavenSnapshot(this Snapshot snapshot, string partition, IDocumentSerializer serializer)
{
return(new RavenSnapshot
{
Id = ToRavenSnapshotId(snapshot, partition),
Partition = partition,
StreamId = snapshot.StreamId,
StreamRevision = snapshot.StreamRevision,
Payload = serializer.Serialize(snapshot.Payload)
});
}
public static void SetDocumentSerializer(EventStoreConfiguration cfg, IDocumentSerializer serializer)
{
if (cfg.ContainsKey(DocumentSerializer_SettingsKey))
throw new InvalidOperationException("You should not configure document serializer for event store twice.");
Condition.Requires(cfg, "cfg").IsNotNull();
Condition.Requires(serializer, "serializer").IsNotNull();
cfg.Set(DocumentSerializer_SettingsKey, serializer);
}
public static PersistenceWireup UsingRavenPersistence(
this Wireup wireup, string connectionName, IDocumentSerializer serializer)
{
return wireup.UsingRavenPersistence(connectionName, serializer, false);
}
public static RavenCommit ToRavenCommit(this Commit commit, string partition, IDocumentSerializer serializer)
{
return(new RavenCommit
{
Id = ToRavenCommitId(commit, partition),
Partition = partition,
StreamId = commit.StreamId,
CommitSequence = commit.CommitSequence,
StartingStreamRevision = commit.StreamRevision - (commit.Events.Count - 1),
StreamRevision = commit.StreamRevision,
CommitId = commit.CommitId,
CommitStamp = commit.CommitStamp,
Headers = commit.Headers,
Payload = serializer.Serialize(commit.Events)
});
}
public SqlServerPersonRepository(EventStoreContext dbContext, SamplesContext samplesContext,
IDocumentSerializer serializer, IAggregateFactory aggregateFactory)
: base(dbContext, serializer, aggregateFactory)
{
_samplesContext = samplesContext;
}
public SendEnvelopeHttpProcessorBase(HashSet <string> methods, UriTemplate template, IDocumentSerializer serializer, ITraceWriter traceWriter = null)
{
Methods = methods;
Template = template;
_serializer = serializer;
_traceWriter = traceWriter;
}
public MongoPersistenceFactory(Func<string> connectionStringProvider, IDocumentSerializer serializer, MongoPersistenceOptions options = null)
{
_connectionStringProvider = connectionStringProvider;
_serializer = serializer;
_options = options ?? new MongoPersistenceOptions();
}
public FormatConverter(IDocumentSerializer documentSerializer, InputParser inputParser)
{
_documentSerializer = documentSerializer;
_inputParser = inputParser;
}
public AesEncryptedDocumentSerializer(IDocumentSerializer internalSerializer, AesEncryptionOptions?options = null)
{
this.serializer = internalSerializer
?? throw new System.ArgumentNullException(nameof(internalSerializer));
this.options = options ?? new AesEncryptionOptions();
}
public MongoPersistenceFactory(string connectionName, IDocumentSerializer serializer)
{
this.connectionName = connectionName;
this.serializer = serializer;
}
public AuthenticationContext(IFirebaseSettings settings, INetworkService networkService, IDocumentSerializer jsonSerializer)
{
_settings = settings;
_networkService = networkService;
_jsonSerializer = jsonSerializer;
}
public virtual RavenPersistenceWireup WithSerializer(IDocumentSerializer instance)
{
this.serializer = instance;
return this;
}
public RedisClient(string connectionString, IDocumentSerializer serializer = null)
: this(new RedisConfiguration(connectionString), serializer)
{
}
public static PersistenceWireup UsingMongoPersistenceFromConnectionString(
this Wireup wireup, string connectionName, IDocumentSerializer serializer)
{
return new MongoPersistenceWireupFromConnectionString(wireup, connectionName, serializer);
}
public FormatConverter()
{
_documentSerializer = Microsoft.Practices.ServiceLocation.ServiceLocator.Current.GetInstance <IDocumentSerializer>();
_inputParser = Microsoft.Practices.ServiceLocation.ServiceLocator.Current.GetInstance <InputParser>();
}
public virtual RavenPersistenceWireup WithSerializer(IDocumentSerializer instance)
{
Logger.Debug("Registering serializer of type '{0}'.", instance.GetType());
this.serializer = instance;
return this;
}
public DocumentStoreInternal(IDocumentSerializer serializer, IDataStore dataStore)
{
this.rootDataStore = dataStore ?? throw new ArgumentNullException(nameof(dataStore));
this.serializer = serializer ?? throw new ArgumentNullException(nameof(serializer));
}
public RavenPersistenceFactory(string connectionName, IDocumentSerializer serializer, RavenPersistenceOptions options)
{
_options = options;
_connectionName = connectionName;
_serializer = serializer;
}
public FormatConverter()
{
//_documentSerializer = new JsonDocumentSerializer();
_documentSerializer = new CamelCaseJsonSerializer();
_inputParser = new JsonInputParser();
}
public SendRawMessageAction(ISender sender, IDocumentSerializer documentSerializer)
: base(nameof(SendRawMessage))
{
_sender = sender;
_documentSerializer = documentSerializer;
}
public RavenPersistenceFactory(string connectionName, IDocumentSerializer serializer, bool consistentQueries)
{
this.ConnectionStringName = connectionName;
this.serializer = serializer;
this.consistentQueries = consistentQueries;
}
protected ResourceVariableProviderBase(ISender sender, IDocumentSerializer documentSerializer, string resourceName)
{
_sender = sender;
_documentSerializer = documentSerializer;
_resourceName = resourceName ?? throw new ArgumentNullException(nameof(resourceName));
}
public ContactVariableProvider(IContactExtension contactExtension, IDocumentSerializer documentSerializer)
: base(VariableSource.Contact, ContextExtensions.CONTACT_KEY)
{
_contactExtension = contactExtension;
_documentSerializer = documentSerializer;
}
public FormatConverter(InputParser inputParser, IDocumentSerializer documentSerializer)
{
this.inputParser = inputParser;
this.documentSerializer = documentSerializer;
}
public MongoPersistenceWireup(Wireup inner, Func <string> connectionStringProvider, IDocumentSerializer serializer, MongoPersistenceOptions persistenceOptions)
: base(inner)
{
Logger.Debug("Configuring Mongo persistence engine.");
#if !NETSTANDARD1_6
var options = Container.Resolve <TransactionScopeOption>();
if (options != TransactionScopeOption.Suppress)
{
Logger.Warn("MongoDB does not participate in transactions using TransactionScope.");
}
#endif
Container.Register(_ => new MongoPersistenceFactory(connectionStringProvider, serializer, persistenceOptions).Build());
}